Viral Fiber Optic Fast Connector, Pre-polished, Multimode, 50/125 10 Gig Om3/om4, Lc, 6 Pack Perfect Gift [9i0a4qZ2]

Fiber Optic FAST Connector: 6 Pack Solution

The Viral Fiber Optic Fast Connector, Pre-polished, Multimode, 50/125 10 Gig Om3/om4, Lc, 6 Pack Perfect Gift [9i0a4qZ2], is a comprehensive solution designed for efficient and precise fiber termination. This pack of 6 connectors offers unparalleled convenience and performance, ensuring seamless connectivity in a variety of applications. The product is comparable to OCC part number FXC-LC5G-6 and Corning part number 95-050-99X, guaranteeing compatibility and reliability.

Key Features and Specifications

The Fiber Optic FAST Connector is a game-changer in field-installable connectors. Its pre-stubbed, factory-polished ferrule eliminates the need for hand polishing, saving time and ensuring a perfect termination every time. The connectors are designed with no epoxy required, which simplifies the installation process. The precision mechanical alignment ensures low loss, providing a stable and efficient connection. Each connector comes with a 900um boot, and additional 2mm and 3mm boots are available separately for flexibility. The VFI (Visual Fault Indicator) can be used to confirm proper fiber installation, and the product meets TIA/EIA 568A performance requirements and TIA/EIA 604 (FOCIS) connector interface requirements.

Practical Applications and Benefits

The Fiber Optic FAST Connector is ideal for a wide range of applications, including premise environments, desk connections for LAN environments, patch panels, direct equipment termination, Fiber to the Subscriber (FTTx) applications, repair and replacement requirements, and equipment test leads. This versatile connector is designed to meet the demands of modern networking and telecommunications systems. With its user-friendly design and robust performance, the Fiber Optic FAST Connector is the perfect choice for professionals seeking a reliable and efficient solution for their fiber termination needs.